Smarter energy. Better value.
Everything you need in one compact system—compressor, dryer, tank, and filtration—engineered for maximum efficiency and convenience.
Designed to simplify installation, minimise footprint, and reduce energy consumption, this all-in-one solution delivers clean, reliable compressed air with fast setup and minimal downtime.
Equipped with a high-efficiency IE4 motor, advanced twin-rotor air end, and premium oil separation system, ensuring longer service life, reduced energy use, and simplified maintenance.
Provides clean, dry compressed air through high-efficiency cooling, reducing moisture-related corrosion, lowering energy consumption, and protecting your equipment and processes.
Advanced filtration monitors and removes residual oil, particles, and moisture, helping maintain ISO 8573 Class 1 air quality while supporting early detection of potential issues.
The integrated air receiver stabilises pressure, reduces compressor cycling, and delivers consistent airflow for optimal system performance.
Designed for consistent mid-range demand, this single-stage base-mounted compressor delivers a balance of reliability, affordability, and simplicity—making it an ideal choice for workshops and light industrial applications.
Variable Speed Drive (VSD) technology adjusts output to match demand, minimising energy waste and reducing electricity costs over the life of the compressor.
The soft-start motor eliminates power surges and reduces mechanical stress, helping to prevent breakdowns and extend equipment lifespan.
A wide operating frequency range ensures optimal efficiency, even when air demand fluctuates.
These two-stage screw air compressors operate at lower speeds by dividing the compression process into two stages. This reduces bearing load and significantly extends the life of the compressor.
By compressing air in two stages, these systems achieve higher pressure with greater efficiency, improving performance and reliability compared to single-stage compressors. Two-stage PM VSD compressors can reduce energy consumption by up to 12%.
The two-stage design allows for improved cooling, which minimises moisture build-up. This results in reduced wear on components and lower ongoing maintenance requirements.